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Microexternal cavity tapered lasers at 670 nm with 5 W peak power and nearly diffraction-limited beam quality

机译:670 nm的微外腔锥形激光器,具有5 W峰值功率和近衍射极限的光束质量

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摘要

Wavelength-stabilized compact laser systems at 670 nm on a micro-optical bench are presented. The resonator concept consists of a tapered semiconductor gain medium and a reflection Bragg grating as a wavelength selective resonator mirror. In pulse operation mode with 100 ns pulses, an optical peak power of 5 W with a spectral width below 150 pm was achieved. Nearly diffraction-limited beam quality at optical output powers up to 1 W is obtained. Such laser systems can be used, e.g., for Raman spectroscopy and as pumping sources for frequency conversion toward UV spectral range.
机译:介绍了在微光学平台上波长稳定的紧凑型激光系统,波长为670 nm。谐振器概念由锥形半导体增益介质和作为波长选择谐振器镜的反射布拉格光栅组成。在具有100 ns脉冲的脉冲操作模式下,获得了5 W的光学峰值功率,其光谱宽度低于150 pm。在高达1 W的光输出功率下,可获得接近衍射极限的光束质量。这样的激光系统可以用于例如拉曼光谱,并且可以用作泵浦源,用于朝着紫外光谱范围进行频率转换。

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